NVIDIA B200 GPU

NVIDIA B200 GPU

NVIDIA B200 GPU

NVIDIA B200 GPU

Access reserved NVIDIA B200 capacity across global providers. Compare availability, regions, configurations, and contract terms without vendor lock-in.

Access reserved NVIDIA B200 capacity across global providers. Compare availability, regions, configurations, and contract terms without vendor lock-in.

CURRENT MARKET RATE

CURRENT MARKET RATE

$2.60 - $4.30

/hr

What is the NVIDIA B200 GPU?

What is the NVIDIA B200 GPU?

The NVIDIA B200 Tensor Core GPU, based on NVIDIA’s Blackwell architecture, is designed for next-generation AI workloads, including large-scale foundation model training, advanced reasoning models, and high-throughput inference.

Compared to the H200 generation, B200 delivers significant gains in compute performance, memory bandwidth, and efficiency for transformer-based models, particularly in large, tightly coupled clusters. It is targeted at teams operating at the frontier of model scale, where reducing training time and improving cluster-level efficiency are critical.

B200 GPUs are primarily deployed in large, reserved-capacity environments by AI labs, hyperscalers, and enterprises running sustained training or inference workloads.

NVIDIA H200 SPECIFICATIONS

ARCHITECTURE

NVIDIA Blackwell

MEMORY

192 GB HBM3e

MEMORY BANDWIDTH

Up to ~8 TB/s

PRECISION SUPPORT

FP8 / FP16 / BF16 / TF32

INTERCONNECT

~1.8 TB/s NVLink

FORM FACTORS

SXM

PRIMARY USE CASES

LLM Training, Inference at Scale

TDP

Up to 1000W (SXM)

* Exact performance and networking capabilities vary by provider and configuration.

* Exact performance and networking capabilities vary by provider and configuration.

WHAT IS B200 USED FOR?

01

Large language model training

B200 is used to train very large transformer and reasoning models with extreme compute and memory requirements, where improvements over H200 translate directly into shorter training cycles.

01

Large language model training

B200 is used to train very large transformer and reasoning models with extreme compute and memory requirements, where improvements over H200 translate directly into shorter training cycles.

01

Large language model training

B200 is used to train very large transformer and reasoning models with extreme compute and memory requirements, where improvements over H200 translate directly into shorter training cycles.

02

Fine-tuning & continued pre-training

Teams use B200 for extended pre-training and large-scale fine-tuning runs on proprietary or domain-specific datasets, especially when sustained throughput and efficiency matter more than incremental cost differences versus H200.

02

Fine-tuning & continued pre-training

Teams use B200 for extended pre-training and large-scale fine-tuning runs on proprietary or domain-specific datasets, especially when sustained throughput and efficiency matter more than incremental cost differences versus H200.

02

Fine-tuning & continued pre-training

Teams use B200 for extended pre-training and large-scale fine-tuning runs on proprietary or domain-specific datasets, especially when sustained throughput and efficiency matter more than incremental cost differences versus H200.

03

High-throughput inference

For large inference workloads with high concurrency, B200 provides higher performance density than H200, making it well suited for sustained production inference in large, reserved clusters.

03

High-throughput inference

For large inference workloads with high concurrency, B200 provides higher performance density than H200, making it well suited for sustained production inference in large, reserved clusters.

03

High-throughput inference

For large inference workloads with high concurrency, B200 provides higher performance density than H200, making it well suited for sustained production inference in large, reserved clusters.

04

Multi-node distributed workloads

B200 systems are designed for large multi-node deployments, using high-speed GPU interconnects within a node and InfiniBand-based networking across nodes, depending on provider infrastructure.

04

Multi-node distributed workloads

B200 systems are designed for large multi-node deployments, using high-speed GPU interconnects within a node and InfiniBand-based networking across nodes, depending on provider infrastructure.

04

Multi-node distributed workloads

B200 systems are designed for large multi-node deployments, using high-speed GPU interconnects within a node and InfiniBand-based networking across nodes, depending on provider infrastructure.

B200 PRICING IS NOT FIXED - IT'S A MARKET

B200 PRICING IS NOT FIXED - IT'S A MARKET

B200 pricing varies based on region, provider, system configuration, networking, and availability. As a newer generation compared to H200, access to B200 is typically tied to longer-term commitments and reserved capacity agreements.

Live B200 availability
Regional price differences
Configuration comparisons
Flexible deployment options

Instead of negotiating bilaterally with a single provider, teams can benchmark B200 capacity against the broader market before committing.

Instead of negotiating bilaterally with a single provider, teams can benchmark B200 capacity against the broader market before committing.

DEPLOYMENT OPTIONS

DEPLOYMENT OPTIONS

Reserved B200 capacity across cloud, neocloud, and independent providers

Contract-based allocations with defined terms and guaranteed availability

Large single-node and multi-node cluster reservations

Contract-based allocations with defined terms and guaranteed availability

Commitments aligned with sustained training or inference workloads

"Compute Exchange acts as a broker and marketplace layer, helping buyers match workload needs to the right supply — without forcing architectural changes."

Global Network

Access verified providers across North America, Europe, and Asia Pacific, offering reserved capacity in multiple regions and configurations.

WHY BUY B200 THROUGH COMPUTE EXCHANGE

Verified suppliers
Verified suppliers

Access pre-vetted B200 suppliers globally, with capacity validated for reserved, long-term deployments.

Access pre-vetted B200 suppliers globally, with capacity validated for reserved, long-term deployments.

Transparent comparison
Transparent comparison

Compare reserved B200 capacity across providers, regions, and configurations, with clear visibility into technical and commercial tradeoffs relative to H200.

Compare reserved B200 capacity across providers, regions, and configurations, with clear visibility into technical and commercial tradeoffs relative to H200.

Faster sourcing
Faster sourcing

Reduce procurement timelines by accessing existing reserved capacity and structured contracts, rather than starting negotiations from scratch.

Reduce procurement timelines by accessing existing reserved capacity and structured contracts, rather than starting negotiations from scratch.

Complex requirements
Complex requirements

Compare reserved NVIDIA B200 capacity across providers, regions, and configurations to match your training or inference requirements — without overcommitting or locking into a single vendor.

Compare reserved NVIDIA B200 capacity across providers, regions, and configurations to match your training or inference requirements — without overcommitting or locking into a single vendor.

FIND THE RIGHT B200 CAPACITY FOR YOUR WORKLOAD

FIND THE RIGHT B200 CAPACITY FOR YOUR WORKLOAD

Compare reserved NVIDIA B200 capacity across providers, regions, and configurations to match your training or inference requirements — without overcommitting or locking into a single vendor.

COMPUTE

EXCHANGE

The transparent GPU marketplace for AI infrastructure. Built for builders.

ALL SYSTEMS OPERATIONAL

© 2025 COMPUTE EXCHANGE

TWITTER

LINKEDIN

GITHUB

BUILT FOR THE AI ERA

COMPUTE

EXCHANGE

The transparent GPU marketplace for AI infrastructure. Built for builders.

ALL SYSTEMS OPERATIONAL

© 2025 COMPUTE EXCHANGE

TWITTER

LINKEDIN

GITHUB

BUILT FOR THE AI ERA

COMPUTE

EXCHANGE

The transparent GPU marketplace for AI infrastructure. Built for builders.

ALL SYSTEMS OPERATIONAL

© 2025 COMPUTE EXCHANGE

TWITTER

LINKEDIN

GITHUB

BUILT FOR THE AI ERA